private void printMethodAsync(RemoteInfo rinfoImpl, MethodInfo methodInfo) throws IOException {
// log.debug(GeneratorJ.class.getName(), "printMethodAsync");
CodePrinter mpr = pctxt.printDeclareMethodAsync(pr, rinfoImpl, methodInfo);
mpr.println("{");
pr.beginBlock();
pr.checkpoint();
String requestClass = methodInfo.requestInfo.toString(rinfoImpl.pack);
pr.print(requestClass).print(" req = new ").print(requestClass).print("();");
pr.println();
for (MemberInfo pinfo : methodInfo.requestInfo.members) {
// Supply authentication parameter
if (pctxt.isSessionParam(rinfoImpl, pinfo)) {
// Session is set in BTransport by a call to BMethodRequest.setSession()
} else {
mpr = pr.print("req.").print(pinfo.name).print(" = ");
mpr.print(pinfo.name).print(";").println();
}
}
// String rtype = pctxt.getReturnTypeAsObjType(methodInfo, rinfoImpl.pack);
// String outerAsyncClass = "BAsyncResultReceiveMethod<" + rtype + ">";
// pr.print(outerAsyncClass).print(" outerResult = new
// ").print(outerAsyncClass).print("(asyncResult);").println();
pr.println("transport.sendMethod(req, asyncResult);");
pr.endBlock();
pr.println("}");
// log.debug(GeneratorJ.class.getName(), "printMethodAsync");
}
private void printMethod(RemoteInfo rinfoImpl, MethodInfo methodInfo) throws IOException {
// log.debug(GeneratorJ.class.getName(), "printMethod");
pctxt.printDeclareMethod(pr, rinfoImpl, methodInfo).println(" {");
pr.beginBlock();
pr.checkpoint();
String rtype = pctxt.getReturnTypeAsObjType(methodInfo, rinfoImpl.pack);
String asyncResultType = "BSyncResult<" + rtype + ">";
pr.print("final ")
.print(asyncResultType)
.print(" asyncResult = new ")
.print(asyncResultType)
.print("();");
pr.println();
CodePrinter mpr = pr.print(methodInfo.name).print("(");
boolean first = true;
for (MemberInfo pinfo : methodInfo.requestInfo.members) {
// Skip authentication parameter
if (pctxt.isSessionParam(rinfoImpl, pinfo)) continue;
if (first) first = false;
else mpr.print(", ");
mpr.print(pinfo.name);
}
if (!first) mpr.print(", ");
mpr.print("asyncResult");
mpr.println(");");
boolean hasOwnExceptions = methodInfo.exceptions.size() != 0;
if (hasOwnExceptions) {
pr.println("try {");
pr.beginBlock();
}
mpr = pr;
if (!methodInfo.resultInfo.members.get(0).type.isVoidType()) {
mpr = pr.print("return ");
}
mpr.print("asyncResult.getResult();");
pr.println();
if (hasOwnExceptions) {
pr.endBlock();
pr.println("} ");
pr.println("catch (BException e) {");
pr.beginBlock();
pr.println("Throwable cause = e.getCause();");
pr.println("if (cause != null) {");
pr.beginBlock();
for (TypeInfo exInfo : methodInfo.exceptions) {
String exName = exInfo.toString(rinfoImpl.pack);
pr.print("if (cause instanceof ")
.print(exName)
.print(") throw (")
.print(exName)
.print(")cause;")
.println();
}
pr.endBlock();
pr.println("}");
pr.println("throw e;");
pr.endBlock();
pr.println("}");
}
pr.endBlock();
pr.println("}");
// log.debug(GeneratorJ.class.getName(), "printMethod");
}